Specification	DRV10983PWPR

Applications	Appliance
Current - Output	2 A
Function	Driver - Fully Integrated, Control and Power Stage
Interface	I2C, Analog, PWM
Motor Type - AC, DC	Brushless DC (BLDC)
Mounting Type	Surface Mount
Operating Temperature [Max]	125 ¯C
Operating Temperature [Min]	-40 °C
Output Configuration	Half Bridge (3)
Package / Case	0.173 in, 4.4 mm
Package / Case	24-PowerTSSOP
Supplier Device Package	24-HTSSOP
Technology	Power MOSFET
Voltage - Load [Max]	28 V
Voltage - Load [Min]	8 V
Voltage - Supply [Max]	28 V
Voltage - Supply [Min]	8 V

DRV10983-Q1 Series

Automotive 12-V battery, 3.5-A peak sensorless sinusoidal control 3-phase BLDC motor driver

Part	Voltage - Load [Min]	Voltage - Load [Max]	Technology	Current - Output	Interface	Voltage - Supply [Max]	Voltage - Supply [Min]	Package / Case	Package / Case	Supplier Device Package	Motor Type - AC, DC	Mounting Type	Output Configuration	Applications	Function	Operating Temperature [Min]	Operating Temperature [Max]	Qualification	Grade	Utilized IC / Part	Supplied Contents	Primary Attributes	Secondary Attributes	Type	Module/Board Type	For Use With/Related Products
Texas Instruments DRV10983ZPWP	8 V	28 V	Power MOSFET	2 A	Analog I2C PWM	28 V	8 V	0.173 in 4.4 mm	24-PowerTSSOP	24-HTSSOP	Brushless DC (BLDC)	Surface Mount	Half Bridge (3)	Appliance	Driver - Fully Integrated Control and Power Stage	-40 °C	125 ¯C
Texas Instruments DRV10983PWP	8 V	28 V	Power MOSFET	2 A	Analog I2C PWM	28 V	8 V	0.173 in 4.4 mm	24-PowerTSSOP	24-HTSSOP	Brushless DC (BLDC)	Surface Mount	Half Bridge (3)	Appliance	Driver - Fully Integrated Control and Power Stage	-40 °C	125 ¯C
Texas Instruments DRV10983PWPR	8 V	28 V	Power MOSFET	2 A	Analog I2C PWM	28 V	8 V	0.173 in 4.4 mm	24-PowerTSSOP	24-HTSSOP	Brushless DC (BLDC)	Surface Mount	Half Bridge (3)	Appliance	Driver - Fully Integrated Control and Power Stage	-40 °C	125 ¯C
Texas Instruments DRV10983ZPWPR	8 V	28 V	Power MOSFET	2 A	Analog I2C PWM	28 V	8 V	0.173 in 4.4 mm	24-PowerTSSOP	24-HTSSOP	Brushless DC (BLDC)	Surface Mount	Half Bridge (3)	Appliance	Driver - Fully Integrated Control and Power Stage	-40 °C	125 ¯C
Texas Instruments DRV10983QPWPRQ1	6.2 V	28 V	Power MOSFET	2 A	Analog I2C PWM	28 V	6.2 V	0.173 in 4.4 mm	24-PowerTSSOP	24-HTSSOP	Brushless DC (BLDC)	Surface Mount	Half Bridge (3)		Driver - Fully Integrated Control and Power Stage	-40 °C	150 °C	AEC-Q100	Automotive
Texas Instruments DRV10983Q1EVM															Motor Controller/Driver					DRV10983-Q1	Accessories Board(s)	Motors (BLDC)	Graphical User Interface (GUI)	Power Management
Texas Instruments DRV10983EVM-TB																									Socket Module - TSSOP	DRV10983
Texas Instruments DRV10983SQPWPRQ1	6.2 V	28 V	Power MOSFET	2 A	Analog I2C PWM	28 V	6.2 V	0.173 in 4.4 mm	24-PowerTSSOP	24-HTSSOP	Brushless DC (BLDC)	Surface Mount	Half Bridge (3)		Driver - Fully Integrated Control and Power Stage	-40 °C	150 °C	AEC-Q100	Automotive

Pricing

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

Distributor	Package	Quantity	$

Digikey	Cut Tape (CT)	1	$ 3.81
		10	$ 3.42
		25	$ 3.24
		100	$ 2.81
		250	$ 2.66
		500	$ 2.39
		1000	$ 2.01
	Digi-Reel®	1	$ 3.81
		10	$ 3.42
		25	$ 3.24
		100	$ 2.81
		250	$ 2.66
		500	$ 2.39
		1000	$ 2.01
	Tape & Reel (TR)	2000	$ 1.78
Texas Instruments	LARGE T&R	1	$ 2.59
		100	$ 2.27
		250	$ 1.59
		1000	$ 1.28

Description

General part information

DRV10983-Q1 Series

The DRV10983-Q1 device is a 3-phase sensorless motor driver with integrated power MOSFETs, which can provide continuous drive current up to 2 A. The device is specifically designed for cost-sensitive, low-noise, low-external-component-count fan and pump applications.

The DRV10983-Q1 device preserves register setting down to 4.5 V and delivers current to the motor with supply voltage as low as 6.2 V. If the power supply voltage is higher than 28 V, the device stops driving the motor and protects the DRV10983-Q1 circuitry. This function is able to handle a load dump condition up to 45 V.

TI providesDRV10983-Q1 tuning Guidefor quick setup and tuning of the device for optimal performance.